Physics, asked by sumit209679, 1 year ago

Using Gauss theorem show mathematicaly that for any point outside the shell the field due to an uniformly charged thin spherical shell is the same as the entire charge of the shell concentrated at the centre .Why do you except the electric field inside the shell to be zero according to this theorem ?Plot a graph showing variation of electric field with r,for r>R and r<R)​

Answers

Answered by mousumi6
8

1 ans. in the pic.

2 ans. we can expect the electric field inside the shell to be zero according to Gauss theorem because q = 0 inside the shell.

so, electric field will also become 0.

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mousumi6: yup :)
sumit209679: can you pls resend this pic its not clear
mousumi6: done... but still d pic is coming blurred.
sumit209679: pls provide a better pic
mousumi6: k u tell me frm where u can't understand so that I can help u
sumit209679: 1st one
mousumi6: 4πR² = q => 1 = q/4πR² = sigma
mousumi6: I think the pic clear enough to understand.
sumit209679: ok
mousumi6: yup :)
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